INCIMAT developed the redevelopment project of a green corridor intended for pedestrian and cycling use, transforming an existing area into a sustainable infrastructure designed to promote active mobility and environmental integration within the urban environment. The scope of work included…
INCIMAT developed the project for a primary healthcare building designed to provide outpatient medical services, integrating principles of functionality, energy efficiency, accessibility, and quality of care. The scope of work included the architectural and technical design of the facility, defining…
INCIMAT carried out an atmospheric dispersion study of industrial emissions with the objective of evaluating the behavior of gases released by an industrial facility and their interaction with meteorological conditions and the surrounding environment. The scope of work included the…
INCIMAT carried out a vortex shedding analysis of a slender structure, evaluating the interaction between wind flow and the geometry of the element to determine potential aerodynamic excitation phenomena and the resulting dynamic response. The scope of work included the…
INCIMAT carried out a wind load assessment of a cooling tower using advanced Computational Fluid Dynamics (CFD) techniques, with the objective of characterizing the interaction between wind flow and the structure under different environmental conditions. The scope of work included…
INCIMAT carried out a wind pressure distribution study on an industrial building, evaluating the interaction between airflow and the building envelope to identify the areas most affected by wind actions. The scope of work included the analysis of the building…
INCIMAT carried out the aerodynamic analysis of a tall industrial chimney, evaluating its behavior under wind actions and the effects associated with its slender geometry. The scope of work included the characterization of wind conditions, the analysis of pressure distributions…
INCIMAT developed the structural design of a long-span industrial building intended for automated storage, engineered to accommodate high-capacity logistics systems and optimize the handling, storage, and distribution of goods. The project included the design of the main structural system, taking…
INCIMAT carried out the structural verification of a support structure designed for industrial dynamic equipment, assessing its behavior under the actions generated during normal operation and transient operating conditions. The scope of work included the analysis of static and dynamic…
INCIMAT carried out the structural design of a pipe rack for a petrochemical complex, developing a load-bearing solution capable of supporting piping systems, cable trays, auxiliary equipment, and the operational loads associated with a demanding industrial facility. The scope of…
